The code is based on the Maldacena formalism to evaluate the bi-spectrum.ĬAMB: code for Anisotropies in the Microwave Background, by cmbantĬleanest: semiautomatic removal of cosmic rays in astronomical images, by Nicolás Cardiel and Sergio PascualĬommander: optimal Monte-carlo Markov chAiN Driven EstimatoR which implements fast and efficient end-to-end CMB posterior exploration through Gibbs sampling, from CosmoglobeĬompact Object Synthesis and Monte Carlo Investigation Code (COSMIC): rapid binary population synthesis suite with a special purpose of generating realistic compact binary populations. It does this using a genetic algorithm to optimise the line parameters, by Roger WessonīI-spectra and Non-Gaussianity Operator (BINGO): numerically evaluates the scalar bi-spectrum and the non-Gaussianity parameter fNL in single field inflationary models involving the canonical scalar field, by dkhaz. It is a refactoring of IAU SOFA.ĪstroTools: command-line tools for astronomy and astrophysics, by AstroFloydĪTES-Code: ATES hydrodynamics code, by AndreaCaldiroli, computes the temperature, density, velocity and ionization fraction profiles of highly irradiated planetary atmospheres, along with the current, steady-state mass loss rate.Īutomatic Line Fitting Algorithm (ALFA): identifies and fits hundreds of lines in emission line spectra in just a few seconds.
#Simply fortran virus software
The astro-api software uses the JPL ephemeride tables and the SOFA astronomical library, along with algorithms for quick and precise searches, to provide astronomical data on demand, such as sun/moon rise/set, twilight, polar day/night, moon phase, eclipse, solstice times.Īstro-fortran: modern Fortran implementations of standard models used in fundamental astronomy, by Jacob Williams. BaskevitchĪstro-api: makes the astronomical calculations for yr.no, by Frank Thomas Tveter et al. The package consists of the programs aqstack for stacking and reduction of monochromatic CCD images and aqlrgb for compositing images from many filters into one color picture.ĪRTEMIS-P: Anisotropic Ray Tracer for Electromagnetism in Magnetospheres, Ionospheres and Solar wind, including Polarisation, by Baptiste Cecconi and C.
The ionosphere's contribution to the RM can then be removed.Īquila astrophotography package: small LRGB astrophotography reduction and processing package, by Dominik Gronkiewicz. It then uses the TEC and a model of the Earth's magnetic field to compute the ionosphere's effect on the Faraday Rotion Measure (RM) observed for an astronomical radio source.
Associated paper: The halo-finding problem revisited: a deep revision of the ASOHF code, by David Vallés-Pérez, Susana Planelles, and Vicent Quilis, Astronomy&Astrophysics, 664 (2022).ĪLBUS_ionosphere: determines the ionosphere total electron content (TEC) over any location on the Earth as a function of location and time, by Tony Willis. XenakisFreeStochasticMusicFortran: working versions of a Xenakis FORTRAN program (Xenakis 1971 Formalized Music p 149) Astronomy and AstrophysicsĪdaptive Spherical Overdensity Halo Finder (ASOHF): primarily designed to identify bound dark matter structures (dark matter haloes), as well as their stellar counterparts (galaxies) in the outputs of cosmological simulations.
There is also uzura1_fpm that works with the Fortran Package Manager. Uzura3: mpeg audio layer 3 encoder written in Fortran 90/95 (mp3 encoder), by cure-honey. Listen to a song and hit enter key with style and you'll get the corresponding number of beats per minute (BPM). TapTempo Fortran: command line taptempo written in modern Fortran, by Vincent Magnin. MUSICV: Max Mathew's MUSIC V synthesis program, prepared by Bill Schottstaed for gfortran, with additions and fixes by Victor Lazzarini. Its purpose was to give non-progammers access to an IBM System/360 Model 40 computer at the University of New Mexico in order to explore artistic and aesthetic uses of the machine.įormidi: small Fortran MIDI sequencer for composing music and exploring algorithmic music, by Vincent Magninįorsynth: small Fortran synthesizer to explore sound synthesis, sound effects, electronic music, algorithmic music, etc, by Vincent Magnin Quantum Chemistry and Electronic StructureĪrt1: program written by Richard Williams in 1968.Fortran code on GitHub - also see fortran-lang package index
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